Hybrid Vehicles – The Fundamentals & Operating Principles
Created By 1
Become a pro in Hybrid Vehicle Operations, Functions & Fundamentals
Created By 1
English
Become a pro in Hybrid Vehicle Operations, Functions & Fundamentals
Created By 1
English
Introduction
Course Contents
World Vehicle Scenario - Sustainable Mobility
World Vehicle Scenario – Trends in Electrification
India Scenario – Trends in Electrification
Why Hybrids ?
Introduction to Hybrid
Advantages & Disadvantages of Hybrid Vehicle
Electric Drive Motor & Auxiliary Power Unit (APU)
Generators
Energy Storage System (Battery)
Regenerative Braking (KERS)
Control System
Auxiliary Inverter / Motor & DC-DC Converter
Cooling Units
MGU-H (Motor Generator Unit – Heat)
Types of Hybrid Topologies
Introduction to Series Hybrid Vehicle
Pros and Cons of series hybrid vehicle
Introduction to Range Extender
Introduction to Parallel Hybrid
Engine & Motor Operations and characteristics of Hybrid vehicles
Characteristics of Hybrid systems
The Porsche 918
The Laferrari
The Mclaren
Axel Split hybrid
Introduction to Technologies used in Hybrid Vehicles
Engine Idle Stop/Start
Electric Torque assistance
Energy Recuperation
Electric Driving, Battery Charging & Coasting
Capabilities of different types of hybrid
Technical aspects of different types of Hybrids
Safety aspect in Hybrid Vehicle
Future Challenges for Hybrid Vehicles
This course will give u an in depth knowledge of Hybrid Vehicles, the essential components and their functions, "
What can you expect out of this course?
In the above course, we will cover:
World Vehicle Scenario – Trends in Electrification
Indian Vehicle Scenario – Trends in Electrification
Why Hybrids?
Introduction to Hybrid
Components in a Hybrid Vehicle:
Electric Drive Motors
Auxiliary Power Unit (APU)
Energy Storage System (Battery)
Regenerative Braking (KERS)
Control System
Auxiliary Units in a Hybrid Vehicle
Auxiliary Invertor/Motor
DC-DC Motors
Cooling Units / Thermal management
MGU-H (Motor Generator Unit – Heat)
Hybrid Transmission
Power Split Device (PSD)
Hybrid Topologies
Series Hybrid (HEV)
- Chevrolet Voltec
- Range Extender Vehicle
- BMW i3
Parallel Hybrid (PHV)
12V Micro Hybrid
- Mahindra
- Suzuki SHVS
48V Mild Hybrid
- Audi Mild hybrid
3. Series-Parallel Hybrid (PSH)
- Hybrid Synergy Drive (HSD)
4. Plug-In Hybrid (PHEV)
- Toyota Prius
Hybrid Hypercars
- Porsche 918
- LaFerrari
- McLaren P1
Hybrid Motorsports
- Axle Split Hybrid (ASH)
- Audi and Porsche Le Mans Hybrid Race Cars
Technologies used in Hybrid Vehicles
- Regenerative Braking
- Start/Stop
- Electric Drive/Assist
- Belt Starter Generator (BSG/ISG)
Modes of Operation of a Hybrid Vehicles
- Engine Idle Stop/start
- Electric Torque assistance
- Energy Recuperation
- Electric Driving
- Battery Charging (During Driving)
- Battery Charging (From the grid)
- Coasting Sailing
Capabilities of different types of Hybrid Vehicle
Technical aspects in Hybrid Vehicle
Safety aspects of Hybrid Vehicle
Future challenges for Hybrid Vehicles
Electrical engineering, Mechanical engineering, Mechatronics Engineering, Electric Vehicle Enthusiast
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The courses, you are about to enrol in, were undertaken to give you a clear view of Industrial and Engineering topics through detailed examples using hands on demo and provide numerous problems with their solutions. You can also use these courses as a review for taking exams or as a mode for self-instruction.
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